Perform hiddenapi CSV generation and dex encoding for Soong modules
in Soong. This fixes an issue where dexpreopting was happening on
a different jar than was being installed.
Bug: 122856783
Test: m checkbuild
Change-Id: I24a235c63ff62fed7e1af9f2fd17e55b0c1598a5
Simplify importing Soong modules into Make by always copying
LOCAL_PREBUILT_MODULE_FILE to LOCAL_BUILT_MODULE, which lets
Soong pick the final output file instead of trying to figure
out which of the various intermediate files should be the
output file.
Also fixes an issue where hostdex modules could attempt to
copy to both $(common_javalib.jar) and $(LOCAL_BUILT_MODULE),
which are the same file for host java modules.
Test: set compile_dex:true on core.platform.api.stubs. no warnings
of target overriding
Test: m checkbuild
Change-Id: I2e089012436fe8649db82a673d446d1c5a73a731
The impl lib name of java_sdk_library is changed to {module_name}.jar
instead of {module_name}.impl.jar
Bug: 110404779
Test: m -j
Change-Id: I275cd40e3682640b96425e56698cea770888cbb1
Merged-In: I275cd40e3682640b96425e56698cea770888cbb1
(cherry picked from commit 0372f189ac)
We cannot simultaneously stash more blocks than the size limit imposed by
the cache size. As a result, some 'diff' commands will be inevitably
converted to new. We used to do this conversion blindly when iterating
through the transfer list. This leads to an unintended large package.
In order to choose the right transfers to convert, we calculate the size
of the compressed data, and build a heuristic about the package size
increase to remove each stash blocks. After the process, the given
package size for the watch device further reduces from 186M->155M.
In some rare cases, the removed stashed blocks don't directly contribute
to the maximum simultaneously stashed size. For example,
stash A: 10 blocks
stash B: 5 blocks
free B: 5 blocks <-- stash B has been freed before we reach max stashed blocks
stash C: 10 blocks
Converting these blocks lead to an uncertain result. On one hand, patches
are generally smaller than the new data; while on the other hand, the
regenerated graph may have fewer order violation and thus give some size
reduction. But these cases are rare and it seems an overkill to consider all
possible scenarios here.
Bug: 120561199
Test: build non-A/B incrementals and check the size
(p.s. it can be tested on all target files with customed cache threshold)
Change-Id: I599420a91b80f1a1d83d22ee1b336b699050cfb4
To address problems creating real tiny filesystem placeholders,
make sure extra spare inodes margin is greater than 0.
For initial estimate we add 4% of total we request at least 8.
For second pass estimate we add 0.2% of total we request at least 1.
We bumped up the margin for zie on the second pass to 0.3% as the
value was too close on one of the builds.
Test: build
Bug: 122328872
Change-Id: I41707bb6fcc8bbfbdda143a9ce62446cad9c1533
So far, we have *_system.mk and *_vendor.mk.
This patch split all product settings from *_vendor.mk to new
*_product.mk
This patch also create a new telephony.mk to include all
telephony_*.mk
Bug: 119747870
Test: lunch mainline_arm64-user; make -j
Test: compare the content with and without the patch
Test: the output files in out folder are the same
Change-Id: I79aefdd1971b3b5724a3ec858de4109b645c765a
Merged-In: I79aefdd1971b3b5724a3ec858de4109b645c765a
This product variable is used to generate the loader config (to use
either /system/product or /product), and the vendor one is likely
used in similar ways. Having these partitions is required for mainline
devices, so set it in the shared BoardConfig.
Bug: 80410283
Test: make
Change-Id: I6f2d94ff43572a28df54ea8c60f2d838a3b9216c
The app will move to product soon, but temporarily
whitelist that mainline_arm64 adds it to /system.
Test: make
Change-Id: I7b0ce5623a160bcb0f8b89f3053a007019ff0b62
Appcompat runs for app defined in Android.mk, but not in Android.bp
So make appcompat run for app from soong(Android.bp)
Bug: 110073830
Bug: 122026042
Test: m out/target/product/$(get_build_var TARGET_DEVICE)/appcompat.zip
Change-Id: I73832410ec5850222b04086c2a377146886ba035
Test: sideload full OTA on cuttlefish
Test: sideload incremental OTA on cuttlefish (that grows
system, shrinks vendor, and move vendor to group foo)
Bug: 111801737
Change-Id: Ie8a267a90b4df9e9e0a2fbcc1b582ab2e353df52
This enables execute-only memory (XOM) layouts to be used by default in
the build system. As of now, there's only support for ARM64 devices, so
this only affects those. Since userland XOM requires kernel support,
devices without the necessary support will continue to allow pages
marked execute-only to be read and they should be unaffected by this.
Bug: 77958880
Test: Device with and without kernel support boot.
Test: Binary throws segfault when reading from XOM on supported device.
Test: Debugger works and stack traces are still generated correctly.
Test: Teamfooding, stable during regular usage.
Change-Id: I8db4235c8e60eea6d701bdf3c43b79a06d6b01cd
Mark Salyzyn